Philippines PLE study plan

Map the full Anatomy and Physiology domain into a one-page systems checklist and rank each system by your baseline confidence

Label the major structures of the musculoskeletal, integumentary, and cardiovascular systems from memory on blank outlines, then correct with a reference

Explain the cardiac cycle, blood pressure regulation, and capillary fluid exchange aloud in under five minutes without notes

Write 40 original recall prompts covering anatomical terminology, planes, and tissue types and answer them closed-book

Trace the respiratory, renal, and gastrointestinal systems functionally, linking each structure to its transport or filtration role

Diagram the nephron and alveolar gas exchange with correct pressure gradients and reabsorption sites

Compare endocrine axes and predict the hormonal consequence of a lesion at each level of the hypothalamus-pituitary-target chain

Solve 30 applied physiology scenarios on acid-base balance, fluid compartments, and thermoregulation

Integrate neuroanatomy and neurophysiology by mapping motor and sensory pathways onto a single labeled diagram

Convert the Anatomy and Physiology checklist into 60 spaced-repetition cards and review them on three separate days

Build a metabolic pathway map connecting glycolysis, the citric acid cycle, oxidative phosphorylation, and gluconeogenesis with rate-limiting enzymes marked

Calculate ATP yield and identify regulatory checkpoints for each pathway without consulting notes

Explain the fate of dietary carbohydrates, proteins, and lipids from ingestion through absorption and postprandial storage

Differentiate the lipoproteins by composition and function and predict the laboratory pattern seen in each dyslipidemia

Apply vitamin and mineral functions to deficiency and toxicity presentations and state the affected biochemical reaction for each

Compute a sample patient's energy and macronutrient requirements using a standard equation and interpret the result against reference intakes

Complete the Biochemistry and Nutrition card set and close all cards flagged as weak in the week 4 self-test

Classify the major bacterial pathogens by morphology, staining, culture requirements, and virulence factor

Differentiate the medically important parasites by life cycle stage, vector or intermediate host, and diagnostic specimen

Match antifungal, antiviral, and antibacterial drug classes to their microbial targets and predict resistance mechanisms

Explain the immunology fundamentals of innate versus adaptive response, immunoglobulin classes, and complement pathways

Apply sterilization, disinfection, and infection-control principles to clinical scenarios and justify the chosen method

Interpret common diagnostic microbiology results, including culture, serology, and molecular tests, and state the limitation of each

Answer 50 original microbiology and parasitology vignettes under timed conditions and review every miss

Link cellular injury, inflammation, and repair mechanisms to their gross and microscopic outcomes

Distinguish benign from malignant neoplasia using histologic criteria and explain metastasis routes for major tumor types

Correlate hemodynamic and metabolic pathology with organ-specific disease presentations

Explain pharmacokinetics and pharmacodynamics principles, including absorption, distribution, metabolism, elimination, and receptor effects

Apply adverse drug reactions, contraindications, and interactions to high-yield drug classes and predict the monitoring parameter required

Complete two full-length mixed-domain practice exams under strict timing and record domain-level accuracy

Re-drill every missed item from weeks 1 through 8 and convert unresolved facts into final review cards

Build a one-page pre-exam summary of formulas, drug antidotes, and pathogen-diagnosis pairs and recite it from memory